We raise the problem and the impact we have had with the drinking water reserves and how it affects us the drinking water shortages and rationing. Although 75% of our planet is water, only 2.5% is potable water and 97.5% is salt water. Because this social problem for both daily living and for a state of emergency.
This social concern comes to our attention and we propose an intelligent solution to this problem with the design of a Personal Solar Desalination System with power supply by battery with solar panel for recharging, for continuous process during the day and night. Through suction pump water, we collect salt water, passing through a first filtration system to remove impurities to a chamber for the desalination process where sensors control the amount of water that is sent by the pump. In this stage, salt water condensation, using electrical power produced from the sun, salt is removed and the clean water is collected in a second chamber where the water is exposed to UV light for bacterial removal and finally delivering drinking water
This social concern comes to our attention and we propose an intelligent solution to this problem with the design of a Personal Solar Desalination System with power supply by battery with solar panel for recharging, for continuous process during the day and night. Through suction pump water, we collect salt water, passing through a first filtration system to remove impurities to a chamber for the desalination process where sensors control the amount of water that is sent by the pump. In this stage, salt water condensation, using electrical power produced from the sun, salt is removed and the clean water is collected in a second chamber where the water is exposed to UV light for bacterial removal and finally delivering drinking water
We present our first proposal for the solution to this problem. we suggest a Purification and Desalination System.
